Tanya J. Bennet

This study evaluates GelMA hydrogel properties for promoting neurite outgrowth from DRG explants, finding that 3% GelMA with 95% DoF supports the longest neurite extension.

This paper develops a microfluidic airway-on-a-chip with GelMA hydrogel for studying smoke-induced airway responses, showing inflammatory and fibrotic effects from TGF-β1 and wood smoke exposure.

This study examines the effects of MRI on an injectable hydrogel with magnetic microstructures, finding no change in alignment or heat generation under MRI exposure.

This paper measures the optical properties of GelMA hydrogels and evaluates their cross-linking feasibility in spinal cord injuries using simulations and experiments.